Clément Vinauger

This study shows that Aedes aegypti circadian rhythms rapidly reset with transient light changes, challenging assumptions about circadian synchronization timescales and highlighting behavioral plasticity in urban environments.

The paper shows that human odor rhythms and mosquito olfactory preferences are temporally synchronized, enhancing mosquito attraction to humans.

YOLito automates mosquito detection and behavioral analysis, achieving high accuracy across species and assays.

This study shows that hemoglobin intake affects post-blood feeding behavior and gene expression in Ae. aegypti mosquitoes by altering circadian rhythms and sleep patterns.

The paper shows that larval environment affects adult mosquito traits and disease transmission through molecular and phenotypic changes.

This study shows that microbiome-derived queuosine (Q) affects tyrosine metabolism and predator avoidance in mosquito larvae, leading to impaired behavior and survival.

This study compares sleep and activity patterns of Aedes albopictus mosquito strains from different geographic origins, finding heritable differences in activity levels but not peak activity times.

This study compares activity and sleep levels across 17 Ae. aegypti lines, finding population differences linked to host preference, ancestry, and human population density.

This study examines how environmental temperature affects the olfactory responses of Aedes aegypti mosquitoes to host and plant odors.

This paper shows that mosquitoes pollinate an orchid through scent-based attraction and neural processing in their antennal lobe, revealing the ecological and neural mechanisms behind nectar-feeding behavior.

The paper investigates odor learning and dopaminergic innervation differences across mosquito species, finding species-specific learning patterns and innervation in the antennal lobe.

This study investigates how olfactory and visual cues are integrated in mosquitoes, showing CO2 modulates visual responses and revealing asymmetrical, time-dependent neural coupling between these senses.

This study shows that aversive olfactory learning influences mosquito host preference, with dopamine playing a key role in modulating olfactory responses.